Not exact matches
To demonstrate how
roof strength can vary and what those differences mean for people inside a vehicle
during a
rollover, IIHS conducted a demonstration in which two vehicles with different
roof strength ratings were subjected to identical force.
Robert Strassburger, vice president of vehicle safety and harmonization for this group, told a Senate committee
during a June 2008 hearing that the Institute's data «do not demonstrate a relationship between
roof strength and injury causation in
rollovers.»
A
rollover test verifies the car's ability to support itself, especially from the pillars supporting the
roof,
during a dynamic impact.
However, some advances toward the strength and overall design of
roofs have led to fewer collapses
during a
rollover and therefore fewer passengers being trapped inside of a car.
• Air bags • Seat belts • Child restraints or safety seats • Tires • Braking systems •
Rollover accidents • Weak roof collapsing during rollover • Fuel tank location • Weak glass glazing allowing passengers to get ejected from car • Sudden stalling • Car going into reverse • Sudden acceleration • Faulty ignitio
Rollover accidents • Weak
roof collapsing
during rollover • Fuel tank location • Weak glass glazing allowing passengers to get ejected from car • Sudden stalling • Car going into reverse • Sudden acceleration • Faulty ignitio
rollover • Fuel tank location • Weak glass glazing allowing passengers to get ejected from car • Sudden stalling • Car going into reverse • Sudden acceleration • Faulty ignition switch
In fact, it is the weak
roof structure of many SUV models that causes the serious injuries sustained
during a
rollover accident.
Whatever the cause,
rollover accidents can cause severe injury, especially in cases where the
roof of the vehicle collapses, if safety restraints fail or are not in use, or if a passenger is ejected from the vehicle
during the crash.
A
rollover accident can result in serious injuries, including those incurred
during roof crushes and vehicle ejection.